C/M Micro-Flywheel Research

 

C/M CYPRESS MOTOR SPORTS

Micro-Flywheel Research 

 

SEARCHING FOR AN EXTEBDED CYCLE ALTERNATIVE 

1000-6000 Cycle 14" x 3" rectangular squared batteries for our 7 Tablet Unlimited Range back-up batteries or smaller for different C/M Applications 

Dual-triple + exo-shelled safe flywheels with an Emergency Safety System Box could assist in Fast-Direct rather than Longer-Term Energy storage. A secondary longer term would kick it up from idle & it could act as a reserve driver cutting cycle use from a 1000 cycle NiMH pack or further up to 6000+ cycles thus lowering end user maintenance costs extending range based on material replacement 

Voiding the porcupine effect threshold of shards exploding in use like 20-80% degradation. So called Solid-States will arrive semi-solid with similar fire - explosion risk in thermal runway on a larher scale equivlance 

We cut materials meeting equivlance if not better in a safer format 

1.2 V MICRO FLYWHEELS VS 1.2V 5000-6000 MAH NiMH

Micro flywheel batteries and 1.2-volt rechargeable batteries (like NiMH) serve entirely different purposes, with flywheels offering high-power, short-duration bursts for industrial/electric vehicle applications, and 1.2V batteries serving as low-power, chemical energy storage for small electronics.

Key Differences at a Glance

• Technology: Flywheels store energy kinetically (spinning mass). 1.2V batteries store energy chemically (electrochemical reactions).

Performance: Flywheels excel in high power density, rapid charging/discharging (milliseconds), and long lifespan. 1.2V batteries are best for consistent, low-voltage, long-term power.

Best Application: Flywheels are used for grid frequency stabilization, industrial UPS, and electric vehicle (EV) acceleration. 1.2V NiMH batteries are used in remote controls, toys, and flashlights. 

https://youtu.be/7sxZjDq03Ws?si=QE3QI-5TTFRBfkcL

FLYWHEELS

Micro Flywheel Batteries (Mechanical Battery)
Micro flywheels are advanced, high-speed, small-scale devices used for specialized power regulation.

Longevity: They have a very long life span (up to 20+ years), far exceeding chemical batteries, with negligible degradation over time.

Power Density: They provide extremely high power density, storing more energy in a small space and reacting almost instantly (faster than chemical batteries).

Efficiency: Highly efficient, often around 95% round-trip efficiency.

Limitations: High self-discharge rates, often fully discharging in about 15 minutes due to internal losses.

Cost: High initial cost, but can be more cost-effective for applications requiring high-frequency power cycling. 

1.2 Volt Rechargeable Batteries (NiMH)

These are standard household rechargeable batteries, typically Nickel-Metal Hydride (NiMH).

Voltage: While labeled 1.2V, they often rest at 1.5V and hold 1.2V under load.

Capacity: Suitable for low-power, long-running devices, though voltage may be too low for some 1.5V-dependent high-drain devices.

Lifecycle: Last for hundreds of cycles, but degrade over time compared to the almost infinite cycling of flywheels.

Safety: Safe to use, unlike some unregulated lithium alternatives, but offer lower power output.

Specialized Context: Nerf Flywheelers

In hobbyist circles, micro flywheels refer to small-diameter flywheels used in dart blasters, not energy storage devices.

1.2V NiMH is considered a safe, stock upgrade, providing a slight performance boost over alkaline batteries.

Micro flywheels in this context need to spin at 50,000+ RPM to be effective, which generates high heat and requires high-torque motors. 

START + COLD START PACKS

Does my C/M require a regular standardized vehicular battery?

Generally we use less average & alternatives as our designs have no Engine to turn over or like a rolling start combusting to idle not throttle 

The answer is no. Few models would consider even a 50-75% variant of one as we are cranking a perpetual generator requiring under 1.5 kW in a 1-3 jolt before the system takes hold or control while batteries used to start instantly recharge from & sit idle waiting voiding cycle loss lasting 10-25+ years 

A regular car battery's main purpose is to provide a high-amperage, short-term electrical current to the starter motor, which cranks the engine to start the vehicle. It also powers electrical components when the engine is off and acts as a voltage stabilizer for the alternator when running.

Key Purposes of a Regular Car Battery:

• Starting the Engine: The primary role is providing the "starting, lighting, and ignition" (SLI) power needed to start the vehicle.

Powering Electrical Loads: It powers accessories such as lights, radio, and power windows when the engine is turned off.

Voltage Stabilization: The battery helps to stabilize the voltage to protect the car's electrical systems, acting as a stabilizer for the electrical system while the alternator is running.

Power Supply Buffer: It provides extra power when the electrical load demands exceed the alternator's output. 

How it Works:

• Chemical to Electrical: The battery converts chemical energy into electrical energy to power the vehicle.

Recharging: When the car is running, the alternator recharges the battery.

Difference from Other Batteries:

• Regular car batteries are designed to deliver a quick burst of power and are not intended for deep discharging, unlike "deep cycle" batteries.Common types include traditional lead-acid (flooded) and AGM (Absorbent Glass Mat) batteries.  +

Our Battery Sizing. 

5.4" x 1.88" x 0.96" or up to 14" x 3" rectangular squared 

Stationary Energy Plants have larger Energy Storage options yet Motion is highly competitive in international industry 

CYPRESS MOTOR SPORTS